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pras_quantum
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please explain the principle and working of a normal U-tube manometer
Did you find a perfect answer to your "charging a capacitor" problem first?pras_quantum said:please explain the principle and working of a normal U-tube manometer
Explain it under the "charging a capacitor" head then.pras_quantum said:yes,i referred to my friend..i got to know that..it was easy when he explained how it was charged practically and discharging also..but can u answer me this question,why its used and principle?
and explain achimedes principlepras_quantum said:please explain the principle and working of a normal U-tube manometer
pras_quantum said:please explain the principle and working of a normal U-tube manometer
A U-Tube Manometer is a device used to measure pressure differences between two points in a fluid. It consists of a U-shaped tube partially filled with a liquid, typically mercury, and connected to the two points where the pressure is being measured.
The U-Tube Manometer works based on the principle of fluid displacement. When pressure is applied at one end of the tube, the liquid in the tube will move to the other end, creating a difference in the liquid height between the two ends. This difference in height can be measured and used to calculate the pressure difference.
A U-Tube Manometer is commonly used in various industries, such as HVAC, chemical, and pharmaceutical, to measure pressure differences in pipes, tanks, and other equipment. It is also used in laboratory experiments and in monitoring and controlling processes.
One of the main advantages of a U-Tube Manometer is its simplicity and low cost. It does not require any external power source and is easy to set up and use. It also has a high accuracy and can measure both positive and negative pressure differences.
To read the measurements on a U-Tube Manometer, you need to measure the difference in height between the two ends of the liquid column. This can be done using a ruler or a scale. The difference in height can then be converted to the desired units of pressure using the appropriate formula.